CYPRESS VIA CACHE Search Results

D2374

Abstract: UMC491 Intel chipset for 486 EU5T 74FCT373 LA17 burndy 112 pin burndy 10 pin GND92 burndy connector
Contextual Info: CYM9236 CYM9237 PRELIMINARY J r CYPRESS 128K/256K Cache Module for the UMC491 Chip Set Features • TTL-compatible inputs/outputs • 128 K-byte CYM9236 or 256 K-byte (CYM9237) secondary cache module organized as 32K by 32 or 64K by 32 • Ideal for Intel “ 486-based systems

vl82c483

Contextual Info: PRELIMINARY ?/ CYPRESS 128K/256K Cache Module for VLSI VL82C483 Chip Set Features Functional Description • 128 K-byte CYM7450 or 256 K-byte (CYM7451) secondary cache module organized as 32K by 32 o r 64K by 32 • Ideal for Intel 486-based systems

CY7B180-12JC

Abstract: CY7B181
Contextual Info: CY7B180 CY7B181 ' r CYPRESS SEMICONDUCTOR 4K x 18 Cache Tag Features • Can be used as 4K x 18 SRAM • Supports 66-MHz cache for all major high-speed processors • 4K x 18 tag organization • BiCMOS for optimum speed/power • High speed — 10-ns match delay

Contextual Info: CY7B180 CY7B181 PRELIMINARY CYPRESS SEMICONDUCTOR Features 4K x 18 Cache Tag • Can be used as 4K x 18 SRAM Functional Description Supports 50-MHz cache for all major high-speed processors 4K x 18 tag organization BiCMOS for optimum speed/power High speed

Contextual Info: PRELIMINARY CYPRESS 128K/256K Cache Module for the UMC491 Chip Set Features • TTL-compatible inputs/outputs • 128 K-byte CYM9236 or 256 K-byte (CYM9237) secondary cache module organized as 32K by 32 o r 64K by 32 • Ideal for Intel 486-based systems

vl82c483

Abstract: C1882 CYM7450 203C 74so3 VL82C 128 pin connector c3195 D01711 950 T63
Contextual Info: CYM7450 CYM7451 PRELIMINARY rj f C Y P R E S S 128K/256K Cache M odule for VLSI VL82C483 Chip Set Features Functional Description • 128 K-byte CYM7450 or 256 K-byte (CYM7451) secondary cache module organized as 32K by 32 or 64K by 32 • Ideal for Intel 486-based systems

7216A

Abstract: cwe 610 D367 A8630 D2374
Contextual Info: C Y M 7414 F # ~ P Y P R R q s Features - C Y M 7 4 2 5 128K/256K Cache Module for the Intel 82420EX PCIset • 5V {±5% power supply • TTL-compatible inputs/outputs • 128 Kbyte CYM7424) or 256 Kbyte (CYM7425) secondary cache module organized as 32K by 32 or 64K by 32

112 pin cache

Contextual Info: C Y M 7414 —^ r # C Y PR ESS CYM7425 = ^ ^ = = = ^ ^ ^ ^ eee = = 128K/256K Cache Module for the Intel 82420EX PCIset Features • 128 Kbyte CYM7424 or 256 Kbyte (CYM7425) secondary cache module organized as 32K by 32 or 64K by 32 • Ideal for Intel 486-based systems with

D1266

Abstract: 74FCT373 LA16 LA17 burndy 8 "32K x 32" SRAM burndy 12 pin burndy CONNECTOR 92361 D17-D19
Contextual Info: CYM9236 CYM9237 PRELIMINARY Features D D D D D D D D Functional Description 128 KĆbyte CYM9236 or 256 KĆbyte (CYM9237) secondary cache module organized as 32K by 32 or 64K by 32 Ideal for Intelt 486Ćbased systems with the UMC491 chipĆset ZeroĆwaitĆstate operations at 33 MHz

VL82C483

Abstract: intel 16k 8bit RAM chip TA17- 04 VL82C48 TA11 chip CYM7450 CYM7450PB-20C cypress 1994 sram ea3a TDQ3
Contextual Info: CYM7450 CYM7451 PRELIMINARY 128K/256K Cache Module for VLSI VL82C483 Chip Set Features D D D D D D D D Functional Description 128 KĆbyte CYM7450 or 256 KĆbyte (CYM7451) secondary cache module organized as 32K by 32 or 64K by 32 Ideal for Intelt 486Ćbased systems

CY7C605

Abstract: CY7C602 Cy7C601 MADJ IrL 1520 N M-BUS CYM6003K
Contextual Info: CYM6003K PRELIMINARY CYPRESS SEMICONDUCTOR Features • Complete SPARC CPU solution including cache — CY7C601 Integer Unit iU — CY7C602 Floating-Point Unit (FPU) — CY7C605 Cache Controller and Memory Management Unit for Multiprocessing (CMU - MP)

Contextual Info: CY7B180 CY7B181 s CYPRESS SEMICONDUCTOR 4K x 18 Cache Tag Features • Can be used as 4K x 18 SRAM • Supports 66-MHz cache for all major high-speed processors Functional Description T he CY7B180 and CY7B181 are high-perform ance B iC M O S cache tag R A M s orga­

A1A14

Abstract: d1468 82420EX PM12 Package d1266 cypress via cache
Contextual Info: CYM7424 CYM7425 128K/256K Cache Module for the Intelt 82420EX PCIset Features D D D D D D D D 128 Kbyte CYM7424 or 256 Kbyte (CYM7425) secondary cache module organized as 32K by 32 or 64K by 32 Ideal for Intel 486Ćbased systems with the 82420EX PCIset Supports 486 CPUs running at clock

Contextual Info: CY7B180 CY7B181 I CYPRESS SEMICONDUCTOR 4K x 18 Cache Tag Features • C an be used as 4K x 18 SRAM • Supports 66-MHz cache for all major high-speed processors • 4K x 18 tag organization • BiCMOS for optimum speed/power • High speed — 10-ns match delay

ue09

Abstract: CY7B180-12GC cd 2313 UE 09
Contextual Info: CY7B180 CY7B181 AD VAN C ED IN F O R M A T IO N CYPRESS SEMICONDUCTOR 4K x 18 Cache Tag Features Functional Description • 4K x 18 tag organization T h e CY7B180 and CY7B181 are high-perform ance B iCM O S cache tag R A M s orga­ nized as 40% words by 18 bits. Each word

CYM6002K

Abstract: CY7C605 Cy7C601 AD31J 1RL0
Contextual Info: PR ELIM INARY CYM6002K CYPRESS SEMICONDUCTOR SPARCore Dual-CPU Module Features * Complete SPARC® Dual-CPU mod­ ule, including cache — TWo CY7C601 Integer Units IU — Two CY7C602 Floating-Point Units (FPU) — Two CY7C605 Cache Controller and Memory M anagement Units

0Q171

Abstract: C11256 OPTI802GP burndy CONNECTOR TAG7_ equivalent SRAM timing c9539
Contextual Info: -V • y CYPRESS Features CYM9244, CYM9245 CYM9246, CYM9247 PRELIMINARY 128K/256K Cache Module Family for the OPTi 802GP Chip Set pins and on-board decoupling capacitors ensure maximum protection from noise. • TTL-compatible inputs/outputs Functional Description

7B176

Contextual Info: Revision: Tuesday, January 12,1993 250^ 2 CYPRESS * SEMICONDUCTOR S7E □ 0 0 f l ci45 D ADVANCED INFORMATION HA* *• CYPRESS =•■* SEMICONDUCTOR Features • Supports 66-MHz cache systems with zero wait states • Available in PQFP with 25-mil lead pitch

Contextual Info: / u i f o / t n . i£ /o /9 U Revision: Monday, January 11,1993 IC Y P *•*% * IM PRELIM INARY CYPRESS ~ — . SEMICONDUCTOR Features • Supports 66-MHz cache systems • Available in PQFP with 25-Mil lead pitch • BiCMOS for optimum speed/power • 9-ns access delay clock to output

ibm pc keyboard controller

Abstract: what is cache memory 8042 "Keyboard Controller" CY82C693 CY82C691 CY82C692 CY82C694 8042 Keyboard Controller cy82 programmable peripheral Interface pentium
Contextual Info: BACKGROUND Chipset for Pentium-Based PCs Integrates Cache to Boost Performance, Cut System Cost Historically, as the density of integrated circuits has increased, the chip count in personal computers has decreased. And no one seriously doubts that as process technology continues

opti 486 chipset

Abstract: 73C74 89c90
Contextual Info: ,= Ì * » |lVV. • . CYM9244, CYM9245 CYM9246, CYM9247 PRELIMINARY 128K/256K Cache Module Family for the OPTi 802GP Chip Set Features • TTL-compatible inputs/outputs • 128 Kbyte CYM9244 & CYM9246 , 256 Kbyte (CYM9245 & CYM9247), secondary cache modules

AMD k6 addressing mode

Abstract: 82C691 CY2254ASC-2 CY27C010 CY82C691 CY82C692 CY82C693 CY82C694 cy82 amd k5 32 bit block diagram
Contextual Info: fax id: 3806 1h C-DX PRELIMINARY CY82C69x Pentium hyperCache™ Chipset Family System Features — General purpose I/O pins and registers • Flexible power management with five timers and ten programmable event detectors • Full system, data, cache, and peripheral control

Contextual Info: /D1/J/4A: iü/e/90 Revision: Monday, January 11,1993 -W £3 *993 PRELIMINARY r^ Y P P F Q c — SEMICONDUCTOR 32K x 9 Synchronous Cache R/W RAM • IWo complementary synchronous chip selects • Asynchronous output enable Features • Supports 66-MHz cache systems

TYPE OF SRAM

Abstract: pentium MOTHERBOARD CIRCUIT diagram PC MOTHERBOARD CIRCUIT diagram VIA chipset 8042 keyboard controller datasheet architecture of pentium microprocessor Pentium super space computer mother board circuit diagram computer mouse circuit diagram intel 8042
Contextual Info: BACKGROUND Chipset for Pentium-Based PCs Integrates Cache to Boost Performance, Cut System Cost Historically, as the density of integrated circuits has increased, the chip count in personal computers has decreased. And no one seriously doubts that as process technology continues to evolve, ultimately a single-chip solution will emerge. Until that time,